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METHOD AND PROCESS COMPUTER FOR COMPUTATION OF THE STATE VARIABLES OF A HYBRID DIFFERENTIAL-ALGEBRAIC PROCESS MODEL

机译:混合微分-代数过程模型的状态变量的计算方法和过程计算机

摘要

A method for computation of the state variables of a hybrid differential-algebraic process model in succeeding time steps on a process computer with a process interface, the process computer being set up such that, via the process interface, at least one process variable of a physical process can be detected by the process computer and/or one output for influencing the physical process can be output by the process computer. In a computation process, a current mode of the hybrid DAP is determined by evaluating the state variables for a deviation of the current mode of the hybrid DAP from the mode of the hybrid DAP applying beforehand, a mode-specific process model which corresponds to the current mode being chosen from the group of executable mode-specific process models and further computation is based on it. At least one probable future mode of the hybrid DAP is determined in a prediction process.
机译:一种用于在具有过程接口的过程计算机上的后续时间步中计算混合微分-代数过程模型的状态变量的方法,该过程计算机被设置为使得,通过过程接口,至少一个过程变量的过程变量过程计算机可以检测物理过程和/或过程计算机可以输出一个影响物理过程的输出。在计算过程中,通过评估状态变量来确定混合DAP的当前模式与预先应用的混合DAP的模式之间的偏差,从而确定混合DAP的当前模式。从特定于可执行模式的过程模型组中选择当前模式,并基于此模型进行进一步的计算。在预测过程中确定混合DAP的至少一种可能的未来模式。

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